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On Short Notice: Oxytocin to Boost Testosterone & Block Cortisol? Exercise for Life-Extension? Which Tea for Metal-Chelation? Which Fat to Reduce Calorie Intake by ~30%?

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Image 1: This is still my preferred way to boost oxytocin - regardless of possible ergolytic effects ;-) Due to the sudden heat-wave over here in good old Germany I thought, I'd use these early morning hours to get another installment of " On Short Notice " on it's way before my brain dries out (or I drown in the public swimming pool ;-). I hope you enjoy the four items on the recent interest in intranasal the hormone modulating effects of oxytocin , it's effect on cortisol and progesterone, estradiol and (I know you were waiting for that ;-) testosterone, my early morning / late evening (depending on whether you see this from my or Wyatt's perspective) 'intellectual' exchange on the potential longevity effects of exercise and why it probably is not life-extending in the literal sense, the different antioxidant potency of green, black and white tea and their ability to chelate metals (=help to remove all not just "bad" metals from the ...

Tinospora Cordifolia as in LG Sciences' Natadrol is a Potent Antioxidant and Metal Chelator

This is only a small news-item, but unfortunately scientific background info on commercially available supplements is pretty rare - so here we go... Scientists from India ( Bhawya. 2010 ) investigated the antioxidant potential of various extracts of Tinospora Cordifolia (the primary ingredient in LG Sciences Test Booster Natadrol ) and found that ... Methanolic, ethanolic and water extracts showed significant antioxidant potential compared to other solvents and also possess metal chelation and reducing power activity . In the DPPH radical scavenging activity, methanolic extract  (98.13%)  showed high antioxidant potency, ethanolic  extract (90.34%) was a potent scavenger of superoxide radical. At the same time, both methanolic (97.08%) and ethanolic extracts  (95.21%)  inhibited hydroxyl radical along with other extracts. The metal chelation  in methanolic  (60.62%), ethanolic  (57.62%),   aqueous extracts  (40.89%)  and r...
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